A new 3.5-inch single board computer brings 13th-gen x86 performance, high-speed networking, and rugged design to space-constrained edge deployments.
Industrial edge systems are pushing for more compute in less space, and a newly launched 3.5-inch single board computer by IBASE Technology, squarely targets that requirement. Built around 13th-generation Intel Core processors, the platform is aimed at applications that demand real-time processing, deterministic control, and long-term reliability without moving up to larger form factors.
The key features are:
- 13th-gen Intel Core processor with industrial wide-temperature support
- DDR5 memory with in-band ECC for data reliability
- Dual 2.5GbE Ethernet for high-speed edge connectivity
- Triple M.2 expansion for NVMe, wireless, and cellular modules
- –40°C to +75°C operation with wide-range DC power input
At the heart of the board is a mobile-class Core processor optimized for sustained industrial operation, paired with DDR5 memory and in-band ECC support. This combination positions the platform for workloads such as machine vision preprocessing, industrial gateways, intelligent controllers, and AI-assisted inspection at the edge, where both performance and data integrity matter.
Connectivity is a key differentiator. Dual 2.5GbE interfaces enable high-throughput data movement between cameras, sensors, and upstream systems, supporting use cases such as multi-camera vision nodes and factory-floor aggregation gateways. On the expansion side, three M.2 slots allow designers to mix NVMe storage with wireless and cellular modules, enabling scalable configurations for both wired and remote deployments.
Display and I/O flexibility further broaden the addressable applications. Multiple display outputs including DisplayPort, LVDS, and eDPsupport everything from compact HMIs to embedded control panels, while a combination of USB, SATA, serial ports, and digital I/O simplifies integration with legacy industrial equipment. Security and system management features such as firmware TPM and watchdog timers reinforce suitability for unattended operation.
Designed for harsh environments, the board supports a wide operating temperature range from –40°C to +75°C and accepts wide-range DC input, making it suitable for factory automation, transportation systems, outdoor infrastructure, and distributed edge installations where thermal and power conditions are unpredictable.
Overall, the platform reflects a broader shift in industrial SBC design: compact boards are no longer just control elements but are evolving into high-performance edge nodes. By combining modern x86 compute, fast networking, and modular expansion in a small footprint, this release underscores how 3.5-inch SBCs are becoming a sweet spot for next-generation industrial edge computing.
